Sooner Rover Team takes the first test drive of the SoRo Rover. This thing is unstoppable. Check out the footage!

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The School of Aerospace and Mechanical Engineering at the University of Oklahoma is excited to welcome NORDAM as a significant contributor to the Aerospace Engineering Capstone Program. NORDAM gifted $5,000 to AIAA Design Build Fly (DBF), an Aerospace Engineering Capstone team. Because of this donation, the team members will receive an enhanced experiential learning experience while working on their project and finishing their aerospace engineering degrees.

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“We are pleased to offer financial support for this worthy project, and equally excited to bring the insights and expertise of NORDAM’s own stakeholders as student design advisors,” said Bailey J. Siegfried, NORDAM Vice President of Global Marketing. “By lending our support to the Capstone Program, we’re continuing our commitment to collaborate with the community to inspire the next generation of aerospace leaders.”

Dr. Thomas Hays, AME Assistant Professor, is the current advisor of DBF and co-chair of the Aerospace Engineering Capstone Program. Like the students, he is more than ready to put the NORDAM donation to good use. The support from NORDAM has enabled the development of a small electric propulsion Dynamometer and the purchase of vacuum pump roll carts, and has also provided materials for DBF’s structural optimization and characterization study.

“The Dynamometer is presently being designed and created by AME students as a combination of independent study and capstone projects,” said Hays. “It will be ready for use by the 2016-2017 DBF team to measure real propeller and motor and battery performance in the L.A. Comp Subsonic Wind Tunnel at AME, enabling true-to-life characterization of propulsion system design space.”

In addition, the vacuum pump roll carts will be mobile assets used by the team to compact composite layups and experience industry level composite fabrication methods in the Aerospace Engineering Capstone Program. NORDAM’s funding also enabled an independent study project investigating weight optimal structural design through combined FEA and physical article testing. These are just three projects that are currently happening directly because of NORDAM’s support, with budget remaining for DBF materials, tooling and project support.

Along with the gift, NORDAM representatives will meet and advise the AIAA DBF capstone team for design reviews and for a final review at the end of the spring semester. On December 8th, the NORDAM representatives visited the team. Josh Giguiere, Raegen Siegfried and Holly Dyer met the team for a lunch meeting and a brief overview of the progress of their project. The next design review is scheduled for Thursday, February 18th.

“This donation and the relationship with NORDAM offers a direct improvement to the readiness and quality of the AME graduates that will benefit both NORDAM and the University of Oklahoma in the years to come,” said Hays.

Many thanks to NORDAM for supporting AME and the Aerospace Engineering Capstone Program!

Connect with NORDAM: www.nordam.com   |   Twitter   |   Facebook

The AME Graduate Student Community holds a weekly seminar series hosting various faculty and graduate students. As the group hoped to expand the series, they applied for and received funding from OU’s Graduate College and Campus Activities Council Speakers Bureau, along with other contributors, to host Dr. Valerie Young.

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Dr. Young visited OU on February 4, 2016 for a presentation called Imposter Syndrome in the Meacham Auditorium of the Oklahoma Memorial Union. Imposter Syndrome refers to high-achieving individuals who are marked by an inability to internalize their accomplishments and suffer from persistent fears of being exposed as frauds.

In addition to Young’s presentation, GSC and AME’s Student Advisory Council (SAC) planned an event to kick-off the presentation. Before the presentation, AME undergraduate and graduate students set up a show-and-tell style walk through featuring various research, projects and teams. The event was known as Celebrating Our Accomplishments. Together the two events were publicized as Celebrating Accomplishments and Not Being a Fraud. Both events were open campus-wide and free of charge.

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The day of the event participants arrived early to set up their builds and research posters. A steady flow of attendees passed through the event from 3:00-4:30PM. Dr. Young arrived and began her presentation at 5:00PM. Her presentation took the form of an engaged discussion where participants were encouraged to form groups while interacting and exploring their feelings and interpretation of the impostor syndrome.

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“I’d like to highlight the fact that GSC is dedicated to improving the experience of graduate students at AME, but also interested in assisting their undergraduate counterparts in planning and leading events,” said Jawanza Bassue, GSC member and SAC chair. “Fostering a better relationship between the mostly segregated groups,”

Because Celebrating Accomplishments and Not Being a Fraud was a success, the GSC and SAC hope to grow the event as an annual occurrence with increased planning and further engagement of students.

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Photos compliments of Jawanza Bassue. To view additional photos from the events, please click here.

 

Alejandro Rivas is a graduate student pursuing a Master of Science degree in Mechanical Engineering working Alejandro Rivas ASHRAE 5x7alongside Dr. Li Song. Recently, Alejandro received a joint scholarship from the Oklahoma City Community Foundation and the Central Oklahoma American Society of Heating, Refrigerating, and Air-Conditioning Engineers (ASHRAE). He is the current President of the ASHRAE student chapter at OU, and he also attends many Central Oklahoma’s ASHRAE meetings and activities in Oklahoma City.

His research interests are in the field of energy efficiency, such as enhancing heating, ventilating, and air conditioning (HVAC) systems’ performance with new control techniques that provide high accuracy with lower cost, and also airflow measurement for variable air volume (VAV) systems under field and testing conditions. Alejandro is currently working with Dr. Song, Dr. Gang Wang, Jesus Elizondo and Wesley Thomas on a research project at Tinker Air Force Base, which is sponsored by the Department of Defense (DOD). The project is testing new technologies in flow measurement.

“With this research, I am looking forward to improving and updating the current airflow measurement industry methods and standards,” said Alejandro. “The final goal is to build a robust and accurate measurement method for HVAC researchers and contractors taking full advantage of what a VAV System has to offer in terms of energy savings.”

With plans to graduate with his M.S. degree in December 2016, Alejandro hopes to find a full-time job as an HVAC Design Engineer in the U.S. He also hopes to acquire the Professional Engineering License, as well as the Leadership in Energy & Environmental Design Certification. Furthermore, his long-term goal is nothing short of vast.

“I would like to have enough experience and knowledge to start my own HVAC Consulting Engineering Firm either in the U.S. or Venezuela,” said Alejandro. “In the future, I would like to be the leading HVAC Engineer in Venezuela by introducing all the latest technologies and ASHRAE standards that the Venezuelan HVAC industry has not yet implemented.”

Alejandro is from Caracas, Venezuela. He received his B.S. in Mechanical Engineering and an M.S. in Reliability of Industrial Systems from the University Simon Bolivar in Caracas. After that he began working as an HVAC&R Engineer. Not long into his career, he realized there was a breach of information and experience that he wanted to fulfill through academics, which brought him to the U.S. in January 2015. He chose the University of Oklahoma School of Aerospace and Mechanical Engineering due to Dr. Song’s research.

“During my program search, I found Dr. Li Song’s research work at OU, and I felt that her research interest contained everything that I was looking for,” said Alejandro. “A global vision of the building where the architecture, materials of the envelope, heat load calculation, selection of mechanical equipment and design of the HVAC system are all important factors that need to be considered for improving the energy performance of the building.”

Alejandro_Venezuela2In addition to Alejandro’s research and academics, he enjoys spending time outdoors, especially at the beach and hiking in Venezuela. He also enjoys watching and playing sports. One of his favorite sports is baseball; he even played in college. Alejandro has a love for animals, especially his dog, Danna.

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